The present invention relates to an integrated energizing system using a seawater farm-based solar cell. The system of the present invention can farm marine shell creatures as well as saltwater fish together by forming the seawater farm into a multi-purpose farm, and can provide nature-friendly cycles of resources by using the marine shell creatures and solar energy of the solar cell to manufacture a silicate fertilizer. Furthermore, the present invention allows an upper portion to collect solar light energy and provide shade through a solar cell pillar structure, and allows a lower portion to perform supporting and form a culture case for culturing microorganisms through a pillar structure, thereby culturing anaerobic and aerobic bacteria, and thus the present invention provides an effect of improving the water self-purifying function of seawater in the farm.
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